About WORKING ELEMENT 18.5FR
An 18.5Fr Working Element is a critical component of the resectoscope set, used in urological endoscopic procedures. It serves as the interface between the surgeon and the surgical field, allowing for precise resection, coagulation, and excision of tissue.
Uses of the 18.5Fr Working Element:
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Transurethral Resection of the Prostate (TURP):
- Removes excess prostate tissue to treat benign prostatic hyperplasia (BPH), relieving urinary obstruction.
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Bladder Tumor Resection:
- Used to excise tumors in the bladder lining for diagnostic or therapeutic purposes.
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Tissue Vaporization:
- Facilitates vaporization of tissues using energy-based electrodes for minimally invasive surgery.
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Stricture Management:
- Assists in the treatment of urethral or bladder neck strictures by removing obstructing tissues.
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Coagulation of Bleeding Vessels:
- Stops bleeding by using electrical energy for coagulation during or after resection.
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Foreign Body Removal:
- Aids in the extraction of small foreign objects or stones from the bladder or urethra.
How It Works:
- The working element holds the electrodes (e.g., loop, roller ball, or knife), enabling controlled movement for resecting tissue or coagulating bleeding areas.
- It is connected to a telescope for direct visualization and paired with an energy source (monopolar or bipolar).
- It integrates with the irrigation system to ensure a clear surgical field during procedures.
In essence, the 18.5Fr Working Element is indispensable for performing precise, minimally invasive urological surgeries
High-Grade Surgical ConstructionBuilt from medical-grade stainless steel, the WORKING ELEMENT 18.5FR offers superior strength and corrosion resistance. Its robust construction ensures long-term performance in demanding hospital environments while maintaining a high standard of hygiene and safety for surgical teams.
Manual Precision and ReliabilityThis urology surgical instrument operates entirely manually, eliminating reliance on external power sources. Surgeons have direct control during procedures, promoting accuracy and stability, which is vital for sensitive urological interventions.
Manufacturer and Exporter ExcellenceProduced in India, the WORKING ELEMENT 18.5FR exemplifies advanced manufacturing quality. As a trusted exporter, manufacturer, and supplier, the product is tailored to meet hospital needs, supporting medical professionals both locally and internationally.
FAQs of WORKING ELEMENT 18.5FR:
Q: How is the WORKING ELEMENT 18.5FR typically used in urology surgeries?
A: The WORKING ELEMENT 18.5FR is manually operated by surgeons during urology surgeries, providing precise control over surgical tasks. Its design supports direct manipulation for procedures such as resection or tissue management within the urinary tract.
Q: What materials are used in the construction of this device, and why are they important?
A: It is made from medical-grade stainless steel and steel, which offer excellent durability, corrosion resistance, and ease of cleaning, ensuring the highest safety and performance standards in healthcare settings.
Q: When should hospitals consider using the WORKING ELEMENT 18.5FR?
A: Hospitals should use this device during urology surgeries requiring precise, manual control. Its reliability makes it suitable for routine as well as complex urological procedures, wherever high-quality surgical equipment is essential.
Q: Where is the WORKING ELEMENT 18.5FR manufactured and supplied from?
A: The device is manufactured, supplied, and exported from India, ensuring global availability of quality surgical equipment for hospitals worldwide.
Q: What is the process for maintaining this instrument after surgery?
A: Since the instrument is non-sterilized but waterproof, it must be thoroughly disinfected and cleaned after each use according to hospital infection control protocols, ensuring it stays safe for subsequent procedures.
Q: How does manual operation benefit surgical performance compared to electric instruments?
A: Manual operation offers surgeons tactile feedback and precise control, reducing dependence on external power sources and minimizing the risk of device malfunction during critical surgical moments.